Sincin Magnet Magnet

Sinalun magnetets iri ɗaya iri ne na magnet dindindin da aka yi daga wani rana na Neodmium, baƙin ƙarfe, da Boron. An san su ne saboda abubuwan da suka saba maganganun magnetic, gami da babban ƙarfi magnnetic, babban tilastawa, da yawa da yawa. Tsarin masana'antu na da aka yi wa maganganun da aka yi wa maganganun da aka yi wa maganganun ƙwanƙolin foda na foda. Abubuwan albarkatun kasa suna hade tare a cikin wani foda kuma sannan aka kwaikwayi zuwa siffar da ake so ta amfani da tsarin latsawa. Sai aka yi amfani da ƙirar da aka haɗa a yanayin zafi don ɗaure barbashi tare kuma kafa magnet mai ƙarfi. Sincin da aka yi da aka yi da aka yi da sihiri na NDFEB masu sihiri suna da kewayon aikace-aikace da yawa saboda kaddarorin magnetic. Ana amfani dasu a masana'antu daban daban, gami da motoci, lantarki, makamashi mai sabuntawa, da kayan aikin likita. Wasu aikace-aikace gama gari sun haɗa da Motors na lantarki, masu rabawa, masu yinwa magnetic, magnetic sujada, da rumbun kwamfutoci. Duk da kyakkyawan kaddarorin magnetic, sun yiwa wasu magnets wasu kuma suna da wasu iyakoki. Su masu yiwuwa ne ga lalata kuma na iya zama da gagatso, suna sa su zama masu kamuwa da su sashe idan m. Saboda haka, kayan kwalliyar kariya ko platings galibi ana amfani da su don haɓaka juriya da lalata da karko. A taƙaice, yi wa tsoffin magnets masu ƙarfi ne na dindindin tare da kaddarorin magnetic. Ana amfani dasu sosai a masana'antu da yawa don aikace-aikace iri-iri, amma dole ne a karɓi takobi don kare su daga lalata da ɓarna.

17 July-2023

Menene kayan magnetic

1. Abubuwan Magnetic: Akwai hanyoyin rarrabuwa da yawa don kayan maganadi, wanda za'a iya kasu zuwa matakin masana'antu da sa na farar hula gwargwadon amfani da su; Dangane da aikin, ana iya raba shi zuwa kayan sihiri da kayan magnetic; Dangane da nau'ikan aikace-aikace daban-daban, ana iya raba shi zuwa kayan filayen magnetic na dindindin da Gaussian ya rarraba wajan lantarki (kamar masu jujjuya motoci). 2. Tsarin samarwa: 1. Zabi da magani na albarkatun kasa - Haɗa daban-daban kayan ƙasa a cikin wani sashi kuma murkushe su cikin foda; 2. Mall Masting foda - kula da ƙazanta a cikin foda ta hanyar ƙwallan ƙwaya kuma ya rarraba su ko'ina cikin sasanninta; 3. Addara adadin da ya dace na m (kamar epoxy resin ko resin phenolic) zuwa foda bayan milling; 4. theara kayan gauraye a cikin ƙirar don matsawa (allurar motsa jiki) - don sanya barbashi a cikin kayan da ke cikin saura da kuma samar da wani tsari; 5. Bi da farfajiya na da aka sarrafa kuma ya goge shi da Sandpaper - Cire Kulls da Scratches a farfajiya na aikin kuma sanya shi mai laushi 6. Aiwatar da fenti na fenti zuwa saman aikin aikace-aikacen amfani da zanen fesa don ƙara yawan juriya. 3. Gabatarwar Samfurin. 1. Amfani da masana'antar coil na masana'antu na motocin motsa jiki da sauran sassan tare da babban ƙarfin. 2. An yi amfani da don yin baƙin ƙarfe ga masu canzawa, masu canzawa, da sauran motors na musamman. 3. Ana amfani da shi a kan baƙin ƙarfe don kayan aiki mai kyau da mita. 4. Amfani da shi azaman lokacin komputa na kwamfutar lantarki .. 5. Amfani da shi azaman crankshaft wanda ya dace da injunan mota. 6. Ana amfani da masana'antun kayan masana'antu. 7. Za a iya amfani da kayan aikin likita. 8. Za a iya amfani da shi a filin soja. 9. Ana iya amfani dashi a cikin filayen kamar Aerospace. 4. Manyan alamun fasaha. 1. Resurcezeri: 10 ^ -6 ~ 10 ^ -9Scm. 2. COercivity: 1kgmm2. 3. Ragowar Magnetism: kusan 0-10mg. 4. Temperature characteristics: Resistivity at 20 ° C is 1 × one thousand and sixteen ω· M. 5. Yin aiki da wutar lantarki: 5V ± 5%. 5. Ido aikace-aikace. 1. Amfani da shi a cikin samar da stator corat da sassa tare da babban ƙarfi bukatun don nau'ikan masu samar da kayan aikin, motors, da sauran masu juyawa da kayan lantarki 2. Ya dace da samar da rotors da ƙididdige motoci na musamman kamar masu canzawa da masu sauƙin ciki, da kuma zaɓaɓɓu.

17 July-2023

Farashin neodymium da pransodmium samfuran da aka yi ta gudana mafi girma, farashin neodymium ya tashi 30,000 Yuan / MT

Farashi na Neodlium ya tashi da 30,000 yuan / mt zuwa 890,000,000 yuan / mt a ranar 28 ga Oktoba. Shanghai, Oktoba 28 (SMM) - Farashin Neodlium ya tashi da 30,000 yuan / mt zuwa 890,000,000 yuan / mt a ranar 28 ga Oktoba. Farashin farashi na Neodlium oxide ya tashi da 25,000 Yuan 1,000 yuan 43,000-745,000 yuan / m. Farashi na Dorymium Oxide 25,000 Yuan ya ci gaba 25 (25,000 kuma ya tsaya a 730,000-74,000 yuan / mt.

03 July-2023

Takaitaccen Tarihin Magnetic kayan

Kasar Sin ita ce kasa ta farko a duniya don ganowa da kuma amfani da kayan magnetic . Tun da wuri kamar yadda yakin jihohi, akwai bayanan akan kayan magnetic na dabi'a (kamar magnette). Hanyar masana'antar kayan tarihi na dindindin na dindindin an ƙirƙira su a karni na 11. A cikin 1086, Mengxi Botan ya yi rikodin samarwa da kuma amfani da kamfas. Daga 1099 zuwa 1102, an yi amfani da komfuta don yin rikodin kewayawa, kuma an sami sabon abu na ƙamus na geomagness. A wannan zamani, ci gaban masana'antar wutar lantarki ta inganta ci gaban kayan sihiri na silicon karfe (si f suttoy). Murnet na dindindin na dindindin da aka kirkira daga carbon karfe a karni na 19 zuwa karni na dindindin, kuma an inganta shi sama da sau 200. Tare da haɓaka fasahar sadarwa, kayan ƙarfe mai laushi suna iya biyan bukatun fadada mita daga takaddun don waya sannan kuma zuwa foda. A shekarun 1940s, JL Snojk na Netherlands ƙirƙira ferrite mai laushi mai laushi tare da hakki da tsayayyen-wuri, da karancin arzikin dindindin. A farkon shekarun 1950, tare da ci gaban kwamfutoci na lantarki, da farko sun yi amfani da lokacin da za a maye gurbinsu da ƙwaƙwalwar ajiya, wanda ba da daɗewa ba ya maye gurbin muhimmiyar rawa A cikin ci gaban kwamfutoci a cikin 1960s da 1970s. A farkon shekarun 1950, mutane sun gano cewa ferrite yana da halaye na microgave kuma sanya fermrite ferrite na'urorin. An yi amfani da kayan aikin Pigiomagagetic a cikin Fasahar Senar tun lokacin da yaƙin duniya na farko, amma amfani ya ragu saboda fitowar Piezoelectric Bramics. Daga baya, m duniya alloys tare da matsi mai karfi magnetis ya bayyana. Amorphous (amorphous) kayan magnetic sune nasarorin binciken magnnetic zamani. Bayan ƙirƙirar fasaha mai sauri, an warware tsarin tef a cikin 1967, wanda ke cikin canjin aiki.

03 July-2023